IoT Based Glass Bottled Water Production System at Raden Rahmat Mosque
DOI:
https://doi.org/10.33795/jartel.v16i3.10922Keywords:
Cup Sealer, ESP32, Motor Stepper, Sensor Infrared, Water Flow Sensor, WebAbstract
Raden Rahmat Mosque manages an independent drinking water production unit for the congregation and social needs. Previously, this facility had not used a packaging machine (cup sealer) and only relied on bottle packaging. The use of bottles creates production costs that reach Rp850 per bottle, much higher than glass packaging which is around Rp180 per glass. In addition, the lack of real-time production data reporting makes it difficult for those in charge to monitor. Therefore, this study aims to design and build an automatic cup sealer machine based on the Internet of Things (IoT). The Design and Construction method is implemented using an ESP32 microcontroller integrated with an infrared sensor to detect the number of production cups, a stepper motor actuator, and a web platform for remote monitoring and authorization. The results of system performance testing show an average error rate of 5.21 percent for the 120 milliliter target water volume and 2.94 percent for the 180 milliliter target, with a packaging landing success rate of 90 percent for the 180 ml size and 80 percent for the 120 ml size. In telecommunications testing, the success rate of telemetry data transmission to the database reached 99.5 percent, accompanied by a wireless operational approval percentage of 100 percent
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